BQ Laminated Polyolefin bag
CODE
SRPLLU6M
INFORMATION
- Manufactured with 100% laminated Polyolefin.
- Zips along 3 sides.
- Raised angles to create a "tub".
- Limited and essential amount of seams to reduce possibility of leakage.
- Six handles.
- Product with high capacity to retain liquids.
- Option of PVC transparent pocket.
- Weight limit: 180 kg static load - 30 kg Sixth Point Load
TECHNICAL DATA
MEASUREMENTS
L: 225 cm
W: 82 cm
COLOURS
Standard White.
Any other colour is available according to colour palette.
PACKAGING
Carton box.
Optional: individually packed on demand
INTENDED USE
Recovery body bags with its "tub" design is intended to be used to recover and transport a human body.
The Polyolefin material guarantees a high capacity to retain liquids, however after a certain period of time there could be leakage if body fluids are in contact with the zips or seams.
Possible leakage in the proximity of the zips if the correct use guidelines are disregarded.
Seams and zips are not waterproof.
CORRECT USE
To be used horizontally, with the zip facing upwards.
To be lifted using all the six handles.
If the bag is kept in an horizontal position and so that fluid is prevented from contacting the upper zip, there should be no leakage.
It is recommended to fold up the lower part of the bag in order to allow body fluids to remain centrally distributed inside the bag.
It is important to fold the short sides of the bag toward the centre to prevent the fluids from reaching the upper corner seams.
Same approach above should be used if the corpse height is substantially less than average human stature.
Make sure the entire bag sits flat on the horizontal surface.
Try to avoid the event that by gravity the bag sides are dropping below the body horizontal level.
Inadequate bag storage may compromise its integrity.
DO NOT puncture or tear the body bag
DO NOT drag it on the floor, either empty of filled
DO NOT use the bag for any use other than body recovery and transportation
DO NOT leave the bag close to intense source of heat
